FDES-25（-40） 450/750V 銅芯乙丙橡皮絕緣熱塑彈性體護套風力發電用（耐寒）耐扭曲軟電纜 ，FDES風能電纜，
Constitute the important part of the Internet - wire and cable also become essential things.
歷經十年刻苦攻關，一種利用有線電視網同軸電纜，實現高性能雙向信息傳輸的寬帶接入解決方案HINOC入網技術，日前由西安電子科技大學通信工程學院寬帶網絡與交換團隊成功研制。前不久，業界HINOC 2.0千兆SoC芯片亮相中國廣播電視信息網絡展覽會。據悉，HINOC2.0標準達到了*水平，對寬帶高速接入，即解決zui后一公里乃至zui后十米的高速通路問題提供了有力，對推動我國下一代廣播電視網的持續發展具有重要意義。
After ten years of painstaking research, use of a cable evision network coaxial cable broadband access, to achieve the high performance two-way information transmission solution for HINOC network technology, the day before by the Xi'an Electronic and Science University College of communication engineering of broadband network and Exchange team successfully developed. Not long ago, the industry's first HINOC 2000 trillion SoC chip debut China International Radio and evision information network exhibition. It is reported that, HINOC2.0 standard has reached the international advanced level, the high-speed broadband access, that is to solve the problem of the last mile highway and the last ten meters to provide strong technical support, has important significance to promote the sustainable development of radio and evision networks in China next generation.
“HINOC技術利用小區樓道和戶內已經敷設、分布廣泛的有線電視同軸電纜，無需對入戶電纜線路進行任何改造，即可構建高速的信息接入網，實現多種高速數據業務的雙向傳輸。”寬帶網絡與交換團隊負責人邱智亮教授介紹說，HINOC技術為zui后100米的寬帶接入，提供了一種便捷、實用的新型解決方案，可提供吉比特每秒（Gbps）級別接入速率。
"The use of HINOC technology and the indoor residential corridor has been installed, the distribution of CATV coaxial cable widely, without any modification of the home cable, you can build information access network of high-speed, two-way transmission to achieve a variety of high speed data service." Broadband network and Exchange team leader Professor Qiu Zhiliang said, HINOC broadband access technology for the last 100 meters, provides a new solution for convenient and practical, can provide gigabits per second (Gbps) level access rate.
“我們聯合研發團隊從需求分析和架構設計開始，進行了核心算法的攻關研究，項目組完成了HINOC標準化，先后研發了HI.0和HINOC2.0兩代HINOC解決方案，單信道帶寬從16MHz提升為128MHz，接入速率從100Mbps提升到1000Mbps（1Gbps），主要指標達到甚至超過了國外同類產品的性能。”項目負責人之一張冰教授自豪地說。
"We have a joint R & D team from requirements analysis and architecture design, the research of the core algorithm, the project team completed a standardized HINOC, has developed a HI.0 and HINOC2.0 two generation HINOC solutions, single channel bandwidth upgrade from 16MHz to 128MHz, the access rate increased from 100Mbps to 1000Mbps (1Gbps), the main performance index to achieve even more than similar foreign products." Professor Zhang Bing, one of the project leader, said proudly.FDES風能電纜
從2006年起，西電科大通信工程學院寬帶網絡與交換團隊與有關單位進行聯合科技攻關，以自主創新為核心，提出并形成了具有完備自主知識產權的高性能同軸電纜寬帶接入網技術——HINOC，項目組開始了長達十年的科研道路。
From 2006 onwards, Xidian University College of communication engineering of broadband network and exchange with the relevant units of the joint team of science and technology, to independent innovation as the core, and the formation of the complete with independent inlectual property rights of the high performance coaxial cable broadband access network technology, HINOC, the project team began ten years of scientific research.
在研發團隊成功研發接入速率100Mbps的HI.0芯片后，主流技術和我國寬帶發展戰略已經提出接入目標開始向1000Mbps過渡。
After the R & D team successfully developed the access rate HI.0 100Mbps chip, the international mainstream technology and China's broadband development strategy has been proposed to start the transition to the 1000Mbps transition.
據悉，目前HINOC研發團隊正在積極推進HINOC2.0技術的產業化，HINOC2.0也已被正式立項進入標準化流程
It is reported that the current HINOC R & D team is actively promoting the industrialization of HINOC2.0 technology, HINOC2.0 has also been officially approved to enter the standardization process
